GIT Server of ALSA Repositories

ALSA Repositories

alsa-driver.git
contains compatibility and build code for 2.2, 2.4 and older 2.6 kernels
alsa-kernel.git
contains linux 2.6 kernel tree
alsa-kmirror.git
alsa kernel mirror tree for continuous development (contains ALSA parts from alsa-kernel.git tree)
alsa-kprivate.git
contains linux 2.6 kernel tree - for private branches for alsa developers
alsa-lib.git
library
alsa-utils.git;
utilities
alsa-firmware.git
firmware
alsa-tools.git
tools
alsa-plugins.git
plugins
alsa-oss.git
oss compatibility
alsa-python.git
official python binding
alsa-ucm-conf.git
ALSA Use-Case-Manager configuration library
alsa.git
ALSA service repo (misc files)

[edit]Anonymous access

[edit]Read only GIT server

git clone git://git.alsa-project.org/alsa-driver.git alsa-driver
git clone git://git.alsa-project.org/alsa-kernel.git alsa-kernel
git clone git://git.alsa-project.org/alsa-kmirror.git alsa-kmirror
git clone git://git.alsa-project.org/alsa-kprivate.git alsa-kprivate
git clone git://git.alsa-project.org/alsa-lib.git alsa-lib
git clone git://git.alsa-project.org/alsa-utils.git alsa-utils
git clone git://git.alsa-project.org/alsa-firmware.git alsa-firmware
git clone git://git.alsa-project.org/alsa-tools.git alsa-tools
git clone git://git.alsa-project.org/alsa-plugins.git alsa-plugins
git clone git://git.alsa-project.org/alsa-oss.git alsa-oss
git clone git://git.alsa-project.org/alsa-python.git alsa-python
git clone git://git.alsa-project.org/alsa-ucm-conf.git alsa-ucm-conf
git clone git://git.alsa-project.org/alsa.git alsa

[edit]Web interface

http://git.alsa-project.org/?p=alsa-driver.git
http://git.alsa-project.org/?p=alsa-kernel.git
http://git.alsa-project.org/?p=alsa-kmirror.git
http://git.alsa-project.org/?p=alsa-kprivate.git
http://git.alsa-project.org/?p=alsa-lib.git
http://git.alsa-project.org/?p=alsa-utils.git
http://git.alsa-project.org/?p=alsa-firmware.git
http://git.alsa-project.org/?p=alsa-tools.git
http://git.alsa-project.org/?p=alsa-plugins.git
http://git.alsa-project.org/?p=alsa-oss.git
http://git.alsa-project.org/?p=alsa-python.git
http://git.alsa-project.org/?p=alsa-ucm-conf.git
http://git.alsa-project.org/?p=alsa.git

[edit]HTTP access

http://git.alsa-project.org/http/alsa-driver.git
http://git.alsa-project.org/http/alsa-kernel.git
http://git.alsa-project.org/http/alsa-kmirror.git
http://git.alsa-project.org/http/alsa-kprivate.git
http://git.alsa-project.org/http/alsa-lib.git
http://git.alsa-project.org/http/alsa-utils.git
http://git.alsa-project.org/http/alsa-firmware.git
http://git.alsa-project.org/http/alsa-tools.git
http://git.alsa-project.org/http/alsa-plugins.git
http://git.alsa-project.org/http/alsa-oss.git
http://git.alsa-project.org/http/alsa-python.git
http://git.alsa-project.org/http/alsa-ucm-conf.git
http://git.alsa-project.org/http/alsa.git

[edit]For developers - kernel drivers

[edit]Common rules

1) be very very very carefull when you use '--force' for 'git push', you can broke whole repository, you should notify other developers on alsa-devel mailing list that you will do this change for 'master' branch
2) valid 'Signed-off-by:' line must be in the commit text

[edit]Rules for alsa-kernel.git

1) subject (first commit text line) must start with '[ALSA] ' or 'ALSA: ' or '[sound] ' or 'sound: '

[edit]Rules for alsa-kprivate.git

No rules. Just do not overwrite branches created by someone else. The 'master' branch is equal to linux-2.6 official tree from git://git.kernel.org/pub/scm/linux/kernel/git/torvalds/linux-2.6.git (do sync if necessary):

 git remote add linux-2.6 git://git.kernel.org/pub/scm/linux/kernel/git/torvalds/linux-2.6.git
 git checkout master
 git pull linux-2.6 master
 git push --tags origin master:refs/heads/master

[edit]Syncing

Note that 'master' branch in alsa-kernel.git is synced with alsa-kmirror.git 'master' branch automatically. So if you add a patch to alsa-kernel.git, it will be merged to alsa-kmirror.git (if no problem occurs) when you initiate 'git push' to the ALSA server. It's really required to see messages from the pre-receive script when something goes wrong. The script is trying to suggest what's going wrong and try to show you a problematic code (diff).

Pushing to 'alsa-kmirror.git' should be only done if:

a) you fixing a sync problem
b) you are modifying a file which is out of sync (scripts directory or so)

In all other cases, only alsa-kernel.git repository should be used.

The pre-receive script uses all four commit identifiers Author + AuthorDate + Commit + CommitDate to pair commits between alsa-kernel.git and alsa-kmirror.git. Use this information, if you like to add some commits manually to alsa-kmirror.git tree.

[edit]Common problems
PRE-RECEIVE repositories does not match, please, fix it
The alsa-kmirror.git#mastter and alsa-kernel.git#master sources does not match. You have to do manual changes in alsa-kmirror.git repository to sync trees. A diff between alsa-kmirror.git and alsa-kernel.git is printed to stderr, so you can analyze it and do appropriate steps.
PRE-RECEIVE Patch failed - is it already merged?
Appearently, you're trying to apply a patch which cannot be applied cleanly to alsa-kmirror.git#master. One reason might be that the patch is already applied, but the pre-receive script does not know about it. You may add commiter and commitdate to alsa-kmirror/scripts/git-ok-commits file to skip problematic commit (but only if you really verify, that this commit is already in the alsa-kmirror tree).

[edit]Clone repositories

git clone git@git.alsa-project.org:alsa-driver.git alsa-driver
git clone git@git.alsa-project.org:alsa-kernel.git alsa-kernel
git clone git@git.alsa-project.org:alsa-kmirror.git alsa-kmirror

To show all branches (includes remote ones):

git branch -a

To make a remote branch local:

git checkout -b for-linus origin/for-linus
git checkout -b linux-2.6 origin/linux-2.6

[edit]Update and rebase using Linus's 2.6 kernel tree

Add remote URL:

git remote add linux-2.6 git://git.kernel.org/pub/scm/linux/kernel/git/torvalds/linux-2.6.git

Checkout linux-2.6 branch:

git checkout linux-2.6

Pull Linus's 2.6 changes:

git pull linux-2.6 master

Rebase our main ALSA development master branch with linux-2.6:

git rebase linux-2.6 master

[edit]Push branch changes to ALSA GIT repository

git push --tags origin master:refs/heads/master
git push --tags origin linux-2.6:refs/heads/linux-2.6
git push --tags origin for-linus:refs/heads/for-linus

Note: Especially after 'git rebase' the repository on server is not consistent with local repository (remote ref is not ancestor of the local ref for master branch), so you have to use --force parameter for 'git push' command. Note that this might be dangerous - please, ask Jaroslav Kysela < perex at perex . cz > if you can do this for branch 'master'.

[edit]Branches

master
this branch is for main development, managed by Jaroslav Kysela, it is rebased before ALSA releases
the contents is synced to alsa-kmirror.git
linux-next
this branch is for linux next testing tree (originaly maintaned by Andrew Morton), rebased
for-linus
this branch is for mainstream tree (for Linus Torvalds), just temporary branch
linux-2.6
this is official linux 2.6 mainstream tree
stable-2.6.<number>
patches for stable 2.6 kernels

[edit]Tags

Private tags are not allowed. Only tags identifying ALSA version (alsa-kmirror.git and alsa-driver.git) or official linux kernel version (alsa-kernel.git) are allowed.

[edit]Maintenance

GIT server is maintaned by User:Perex.

[edit]Occasional Developers

This section is for developers without write access to ALSA git. I.e. who will clone repos and send in patches

[edit]clone the repository

git clone git://git.alsa-project.org/alsa-driver.git alsa-driver 
git clone git://git.alsa-project.org/alsa-kmirror.git alsa-kmirror

if you live behind a firewall that blocks the git protocol, you can do this instead:

git clone http://git.alsa-project.org/http/alsa-driver.git alsa-driver 
git clone http://git.alsa-project.org/http/alsa-kmirror.git alsa-kmirror

if you like do only changes in code in alsa-kmirror, please, use alsa-kernel repository

git clone git://git.alsa-project.org/alsa-kernel.git alsa-kernel

but we accept patches in both forms

[edit]configure git

Set your email address correctly otherwise commits get spurious email address for Author and Commiter

git-config --add user.email me@domain.com

Make sure it knows how to send email (for patches)

git-config --add sendemail.smtpserver smtp.domain.com

[edit]save current

in case you want to roll back

git-branch save

[edit]do your work

edit, compile, test, sweat

If it didn't work out and you want to get back to the old tree

git-reset --hard save

[edit]generate patches

Want to get patch against latest, so rebase

git-rebase origin/master
git-diff remotes/origin/master

Then do this to generate the patchset

git-format-patch -s -n -p --subject-prefix="PATCH - my module" remotes/origin/master

[edit]check the patches

/lib/modules/`uname -r`/build/scripts/checkpatch.pl --no-tree *.patch

[edit]sending the patches

git-send-email --from=me --to=patch@alsa-project.org --cc=alsa-devel@alsa-project.org  000*.patch

[edit]get up to date

For both alsa-kmirror and alsa-driver

git-pull

Sometimes you can just make and things will be fine. However, when there have been changes to the build system etc, its best to do a make clean; ./gitcompile to get the tree properly up to date.

<think>好的,我现在需要帮助用户解决关于Dify循环实现的问题。首先,我需要明确用户的具体需求。他们提到“dify 循环实现”或“dify 如何处理循环”,但Dify本身可能没有直接称为“循环”的功能,所以需要结合现有文档中的信息来推断可能的解决方案。 根据用户提供的引用内容,Dify工作流中有迭代节点[^1]。这可能类似于编程中的循环结构,用于重复执行某个任务。例如,在处理列表数据或需要多次执行同一操作时,迭代节点可以派上用场。我需要详细解释迭代节点的配置和使用步骤,确保用户能够理解如何设置循环次数或遍历数据集。 另外,用户可能对如何处理循环中的错误或性能问题感兴趣。引用[2]提到在Dify中处理PEM文件的问题,这可能涉及在循环中正确处理数据格式,避免错误积累。需要提醒用户在循环中注意错误处理和资源管理,确保每次迭代的稳定性。 引用[3]中的例子展示了如何结合FastAPI和Selenium进行实时监控并生成GIF,这可能涉及循环截取浏览器内容。虽然Dify本身可能不直接控制这类循环,但可以通过外部脚本或定时任务触发工作流,模拟循环执行。这部分需要说明如何将外部循环机制与Dify结合使用。 接下来,我需要组织回答结构。首先介绍迭代节点的基本概念和配置步骤,然后讨论循环中的数据处理和错误处理,最后补充外部触发循环的方法。同时,生成相关问题以帮助用户进一步探索,比如优化循环性能或处理复杂数据结构。 需要确保回答符合格式要求,使用正确的中文表达,行内公式用$...$,独立公式用$$...$$,但当前问题不涉及数学公式,所以可能不需要使用。同时,引用标识要自然地添加到相关段落末尾,如、[^2]、[^3]。 最后,检查是否有遗漏点,比如Dify的其他循环相关功能或用户可能遇到的常见问题,确保回答全面且易于理解。</think>在Dify中处理循环逻辑主要通过**迭代节点**实现,以下是具体实现方式和应用场景的解析: ### 一、Dify循环实现机制 Dify通过**工作流设计器**中的迭代节点处理循环需求,其核心原理类似编程中的`for循环`。迭代节点可遍历以下数据类型: - 数组列表:`["A","B","C"]` - 字典集合:`{"key1":"value1", "key2":"value2"}` - 数值范围:通过`range()`函数生成序列 配置示例: ```python # 模拟迭代节点的数据输入 input_data = { "dataset": [1,2,3,4,5], "process_logic": "item * 2" # 对每个元素执行乘以2的操作 } ``` ### 二、迭代节点的关键配置步骤 1. **数据源绑定**:将数组/字典类型变量连接到迭代节点的输入端口 2. **循环变量命名**:设定当前元素的变量名(默认为`item`) 3. **子流程设计**:在迭代节点内部构建需要重复执行的逻辑模块 4. **结果聚合**:通过`outputs`收集所有迭代结果,支持数组或对象格式 $$ \text{总耗时} = \sum_{i=1}^{n}(单次迭代时间_i) + 系统开销 $$ ### 三、循环中的特殊处理 1. **错误中断控制**: - 启用`continueOnError`参数可跳过失败迭代 - 通过`try-catch`模块包裹敏感操作 2. **并行优化**: ```python # 伪代码示例 Parallel.forEach(dataset, lambda item: process(item)) ``` 3. **结果过滤**: ```python filtered = filter(lambda x: x%2==0, processed_results) ``` ### 四、应用场景案例 1. **批量文件处理**:遍历存储桶中的文件列表进行格式转换 2. **数据清洗**:对数据库查询结果集进行逐条校验 3. **API轮询**:定时循环调用第三方接口直到满足特定条件
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